Effect of internal radiation on the solid–liquid interface shape in low and high thermal gradient Czochralski oxide growth
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3D Numerical Modeling for inductive processes
International audience ; Inductive processes are used in many industrial processes and applied to various materials within a large frequency domain from Hz to MHz. In order to analyze the performance and to optimize inductive processes we develop a...
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International audience ; Inductive processes are used in many industrial processes and applied to various materials within a large frequency domain from Hz to MHz. In order to analyze the performance and to optimize inductive processes we develop a dedicated software coupling integral method and finite element method. Integral method is dedicated to model electromagnetic phenomenon and finite element method is used to model heat transfer and fluid mechanic. This software is developed for 2D and 3D configurations. In the article some results are given for various inductive processes.
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Simulations of magneto‐thermoelectric phenomena coupled with convection around a particle using the finite element method and adaptive meshes
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Finite element multigrid approach to numerical simulations of coupled phenomena related to magneto‐thermoelectric effects in solidification of metal
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